輪機(jī)維護(hù)與修理

Chapter 1 Failure and Maintenance
1．1 Failure
1．2 Maintenance
1．3 Ship's Maintenance and Survey Systems
Chapter 2 Tribology
2．1 Tribology
2．2 Friction
2．3 Wear
2．4 Lubrication
2．5 Lubricant
2．6 Cylinder Lubrication
2．7 Sleeve Bearing Lubrication
Chapter 3 Corrosion
3．1 Introduction
3．2 Hot Corrosion
3．3 Electrochemical Corrosion
3．4 Control of Corrosion
3．5 Cavitation
Chapter 4 Fatigue Failure
4．1 Introduction
4．2 Characteristics of Fatigue Fracture Surfaces
4．3 Nature of the Fatigue Process
4，4 Recognition of Fatigue Failure
4．5 Cyclic Stresses
4．6 Factors Affecting Fatigue Life
4．7 Preventing Fatigue Failure
4．8 Thermal Fatigue
4．9 Crankshaft Fatigue Failure
Chapter 5 Defect Detection and Fault Diagnostics
5．1 Defect Detection
5．2 Machine Condition Monitoring and Faults Diagnosis
Chapter 6 Repairing Technologies
6．1 Electroplating
6．2 Thermal Spray Coating
6．3 Welding
6．4 Metal Stitching
6．5 Adhesion
6．6 Shot Peening
Chapter 7 Ship Repair
7．1 Types of Ship Repair
7．2 Drydocking
7．3 Dismantling Techniques
7．4 Mechanical and Chemical Cleaning
7．5 Mooring Test and Sea Trial
Chapter 8 Overhauling and Maintenance of Marine Diesel Engine
8．1 Cylinder Head
8．2 Cylinder Liner
8．3 Piston
8．4 Piston Ring
8．5 Crankshaft
8．6 Bearing
8．7 Precision Couplings
8．8 Turbocharger
Chapter 9 Ship's Shafting
9．1 Introduction of Ship's Shafting
9．2 Stern Tube Arrangement
9．3 Shafts and Bearings
9．4 Propeller
9．5 Shaft Alignment
Reference